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FDM support materials are available in breakaway and soluble forms and enable the creation of complex parts. Overhangs, meshing parts, and small intricate features are possible with support materials that work in tandem with model materials to create your parts. Soluble support is removed in a solution of heated water and a cleaning agent. Breakaway supports are removed manually. 

Key Attributes
FDM support material attributes

The model material being printed determines which support material, soluble or breakaway, that can be used with it.

  • check Soluble support washes away in a detergent bath making for hands-free removal.
  • check Soluble support enables 3D printed geometries with internal cavities and channels as well as multi-piece assemblies with moving parts.
  • check Breakaway support is removed manually and requires no immersion tank.
  • check Breakaway support is faster for simpler structures.
Key Applications
FDM support material attributes

FDM support materials fill two primary roles as either a breakaway support or a dissolvable support.

  • check Breakaway support is optimal for simpler designs where the material is easy to access for removal.
  • check Soluble support is effective for intricate designs with hard-to-access recesses that are more readily exposed in an immersion bath.
FDM Technology

Industries

All Industries

FDM support materials are usable wherever FDM 3D printing technology is employed, regardless of industry.

Aerospace

Aerospace

Automotive

Automotive

Consumer Products

Consumer Products

Medical

Medical

Education

Education

Aerospace
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Automotive
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Consumer Products
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Medical
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Education
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All Industries

Compatible Printers

All Printers
F170 3D Printer

F170

The F170 combines ease of use and affordability with professional-grade 3D printing.

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F370 3D Printer

F370

Access professional 3D printing and a capable array of materials in the easy-to-use F370.

Read More
F190CR 3D Printer

F190CR

The F190CR offers an effective complement of engineering-grade and carbon-fiber materials.

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F370CR 3D Printer

F370CR

Cover more applications with the F370CR’s diverse material selection including carbon fiber.

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F770 3D Printer

F770

The F770 offers large-format FDM printing at an accessible price.

Read More
Fortus 450mc 3D Printer

Fortus 450mc

The Fortus 450mc delivers industrial-grade printing with a highly versatile range of materials.

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F900 3D Printer

F900

Large capacity, high-performance materials, and proven dependability make the F900 the FDM workhorse.

Read More
F3300 3D Printer

F3300

The F3300 delivers next-level speed, throughput, and cost performance in FDM technology.

Read More
F170 3D Printer

The F170 combines ease of use and affordability with professional-grade 3D printing.

Read More
F370 3D Printer

Access professional 3D printing and a capable array of materials in the easy-to-use F370.

Read More
F190CR 3D Printer

The F190CR offers an effective complement of engineering-grade and carbon-fiber materials.

Read More
F370CR 3D Printer

Cover more applications with the F370CR’s diverse material selection including carbon fiber.

Read More
F770 3D Printer

The F770 offers large-format FDM printing at an accessible price.

Read More
Fortus 450mc 3D Printer

The Fortus 450mc delivers industrial-grade printing with a highly versatile range of materials.

Read More
F900 3D Printer

Large capacity, high-performance materials, and proven dependability make the F900 the FDM workhorse.

Read More
F3300 3D Printer

The F3300 delivers next-level speed, throughput, and cost performance in FDM technology.

Read More
All Printers

Related Content

All Resources
Complex design with FDM support material

A Complex Design Made Possible

The Center for Advanced Design used TPU material with soluble support to enable the creation of a complex prototype.

Learn More
Justifying the cost of a 3D printer

Justifying a 3D Printer

Learn how companies and industry leaders evaluate and justify the investment in a 3D printer.

Learn More
Best practices with fdm support materials

Support Removal Best Practices

Learn the most effective methods for removing support from FDM materials in our Best Practice guide.

Learn More
Complex design with FDM support material

The Center for Advanced Design used TPU material with soluble support to enable the creation of a complex prototype.

Learn More
Justifying the cost of a 3D printer

Learn how companies and industry leaders evaluate and justify the investment in a 3D printer.

Learn More
Best practices with fdm support materials

Learn the most effective methods for removing support from FDM materials in our Best Practice guide.

Learn More
All Resources